1963
DOI: 10.1104/pp.38.5.501
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Effects of High Humidity on Translocation of Foliar-applied Labeled Compounds in Plants. II. Translocation from Starved Leaves

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Cited by 24 publications
(7 citation statements)
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“…In both experiments, however, movement, expressed as a fraction of uptake, was increased at a high humidity. This agrees with the results of Clor et al (1962Clor et al ( , 1963 who also found increased movement at high humidities using radioactive 2,4-D. It disagrees, however, with the observation of Thrower, Hallam & Thrower (1965) that less damage was caused to broad beans by diquat at a high humidity.…”
Section: Ejfect Of High Humidity On Uptake and Translocationsupporting
confidence: 77%
“…In both experiments, however, movement, expressed as a fraction of uptake, was increased at a high humidity. This agrees with the results of Clor et al (1962Clor et al ( , 1963 who also found increased movement at high humidities using radioactive 2,4-D. It disagrees, however, with the observation of Thrower, Hallam & Thrower (1965) that less damage was caused to broad beans by diquat at a high humidity.…”
Section: Ejfect Of High Humidity On Uptake and Translocationsupporting
confidence: 77%
“…The detection of labelled sucrose was surprising, and its mechanism of synthesis from uracil is not understood. Sucrose can be formed from urea (12).…”
Section: Resultsmentioning
confidence: 99%
“…Foliar penetration by 2,4-D (Pallas 1960, Clor et al 1963, Burns et al 1969), amitrole (Herrett and Linck 1961, Clor et al 1963), maleic hydrazide (Zukel et al 1956, Smith et al 1959), diquat and paraquat (Brian 1966), and dalapon (Prasad et al 1962) can also increase with increased relative humidity, but Morton (1966) found little effect of relative humidity on 2,4,5-T absorption, as did Went and Carter (1948) with sucrose absorption.…”
mentioning
confidence: 99%